Shield AI Agrees to Buy Radar Maker Echodyne in a Deal Worth Up to $5.3 Billion and Raises About $2.5 Billion to Fund It

Shield AI, a U.S. defense-technology company, has agreed to buy radar maker Echodyne in a deal valued at up to $5.3 billion and is raising about $2.5 billion in equity and debt to fund it, according to reports published November 5, 2026, by Washington Technology and The Next Web. The companies expect the deal to close in early 2027, according to both outlets.
Deal terms
- Washington Technology reports that $4.8 billion is paid and issued at closing, and that up to $500 million more depends on Echodyne meeting agreed financial performance targets.
- The Next Web reports that the new financing proceeds only if the deal closes.
- Both outlets report an expected closing in early 2027. The reports Lens read do not describe the approvals the deal needs.
Financing
According to Washington Technology and The Next Web, the roughly $2.5 billion has three parts: a $1 billion Series H, $1 billion in structured equity from funds managed by Blackstone, and $500 million in debt led by JPMorgan Chase Bank. The Next Web reports that the Series H was co-led by Disruptive and Innovation X Capital. Crunchbase News counted the package in its November 6 round-up of the week’s largest funding rounds as $2 billion in equity and $500 million in debt.
Valuation and company size
Washington Technology describes the Series H as priced at a “touted post-money valuation of $28.8 billion.” The Next Web says the deal values Shield AI at $28.8 billion and, citing Bloomberg, that this is more than double its March level. The Next Web also reports that Shield AI has raised $5.4 billion in equity to date and has nearly 2,300 employees.
About Echodyne
- Washington Technology reports that Echodyne, based in Kirkland, Washington, makes compact solid-state radars using its patented MESA technology, used in counter-drone and security systems by defense, government and commercial customers in more than 40 countries.
- In September, Echodyne received a contract with a $250 million ceiling from the Army’s Joint Interagency Task Force 401 to supply counter-drone radars to U.S. and allied forces, according to Washington Technology.
- The same report says the radars are integrated into remote weapon stations, high-energy lasers and high-power microwave systems, and that they cue interceptors toward incoming drones. Echodyne recently opened an 86,350-square-foot facility that can produce about 30,000 radars a year.
- Washington Technology reports that both companies expect triple-digit revenue growth this fiscal year. Lens did not see revenue figures for either company.
What the executives said
Washington Technology quotes Shield AI CEO Gary Steele as saying: “We are building a new-generation defense technology company.” It quotes Echodyne CEO Eben Frankenberg as saying: “Hundreds of customers rely on our radars to detect and track drones.” According to The Next Web, Steele described the deal as Shield AI’s first step into “dual-use” hardware that can be sold outside the military, and said of demand for drone protection: “Think about public safety, whether it’s the Super Bowl or FIFA.” He also told The Next Web: “Even with the midterms, I think there will be a common view of what needs to be done on defense.”
Lens covered Shield AI earlier this week in its post on the company’s X-BAT fighter-drone announcements in Europe.
Sources and notes
This post is based on Washington Technology (Nick Wakeman, November 5, 2026), The Next Web (Ana-Maria Stanciuc, November 5) and Crunchbase News’ round-up of November 6. Lens did not read the companies’ announcement or Bloomberg’s report, so the terms, valuation and growth expectations are as those outlets reported them. Lens did not contact Shield AI, Echodyne, Blackstone or JPMorgan.
Image: A V-BAT drone being prepared for launch on the flight deck of USS Arlington, by Mass Communication Specialist 1st Class John Bellino, U.S. Navy, via Wikimedia Commons, in the public domain as a work of the U.S. government; resized. Stand-in photo; it does not show the events described.

